RF20035
KEESUN
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The AISG Male to AISG Female Control Cable Assembly is a crucial component in modern cellular and wireless network infrastructure, designed to provide seamless and reliable data and power transfer between tower-mounted equipment. Utilizing the industry-standard Antenna Interface Standards Group (AISG) protocol, this cable ensures accurate control and monitoring of essential antenna systems, such as Remote Electrical Tilt (RET) units and Tower Mounted Amplifiers (TMAs). Engineered for durability and high-performance, these assemblies are indispensable for network optimization and maintenance.
This control cable is built to meet the rigorous demands of outdoor tower environments, ensuring compliance with AISG standards for universal compatibility and reliable operation.
The cable adheres strictly to the AISG C091 standards, featuring the widely adopted 8-pin circular connector. One end is terminated with the AISG Male connector (plug), and the other with the AISG Female connector (socket). This standardized configuration ensures universal compatibility with all major manufacturers' RET systems, smart bias tees, and base station controllers (BSCs/eNodeBs). The 8-pin arrangement facilitates the transmission of both power and control data over a single cable, simplifying the infrastructure.
Designed for continuous, long-term outdoor use, these cable assemblies feature IP67or IP68 rated seals at both the male and female connector interfaces. This high level of ingress protection guards the crucial 8-pin contacts from moisture, dust, and corrosive elements, preventing signal loss and premature equipment failure. The cable jacket is made from UV-resistant and flame-retardant materials (such as PUR or durable PVC), ensuring mechanical longevity when exposed to direct sunlight, extreme temperature variations, and harsh weather conditions commonly found on antenna towers.
The cable utilizes high-quality shielded twisted pair (STP) conductors for the data lines RS-485, which is vital for minimizing electromagnetic interference (EMI) and maintaining the integrity of the control signals over long vertical runs. The low resistance power conductors ensure minimal voltage drop, reliably delivering the necessary power to the RET actuators or TMAs, which can be critical for accurate antenna beam steering. Each assembly is factory-tested for continuity and insulation resistance to guarantee consistent, error-free data communication between the base station and the antenna system.
Our AISG control cables are available in a variety of standard lengths (e.g., 0.5m, 1m, 2m,5m, 10m, 20m) to accommodate diverse tower and site configurations, including tower-top cascade connections and long runs down the tower structure. The cable's flexibility allows for easy routing and installation around existing equipment and tight corners.
The AISG control cable is central to the remote management and optimization of modern cellular networks (4G LTE and 5G NR).
The primary application is providing power and control data to RET actuators attached to panel antennas. Using these cables, network operators can remotely adjust the antenna's electrical down-tilt angle from the ground-based network management system (NMS). This allows for rapid and precise cell coverage optimization—essential for managing capacity, improving coverage holes, and mitigating inter-cell interference—all without the need for costly and time-consuming tower climbs.
The AISG cable is used to connect to TMAs (or LNAs) which are strategically placed near the antenna to improve the uplink signal sensitivity. The cable provides the necessary DC power to the TMA. Similarly, it connects to Smart Bias Tees and Base Station Controllers which manage the power and communication flow to the entire AISG system daisy-chain installed on the tower top.
In complex antenna arrays, multiple RET units, TMAs, and various smart sensors (e.g., environmental or status monitors) are often connected in a daisy-chain configuration. The AISG Male to Female cable is explicitly designed to link these components sequentially, enabling a single control line running up the tower to manage the entire stack of tower-mounted devices efficiently. This modular approach simplifies wiring, saves space, and significantly reduces installation complexity.
During network upgrades, technology shifts , and routine maintenance, these robust cables ensure the existing control infrastructure remains viable. Their standardized nature guarantees that new AISG-compatible equipment can be seamlessly integrated into the existing control network, minimizing downtime and maximizing the return on infrastructure investment.
Guaranteed AISG Compliance: Full adherence to C091 standards for universal compatibility with all major RET and TMA equipment.
Extreme Weather Durability: IP67 IP68 rated, UV-resistant jacket ensures long-term reliability in harsh outdoor conditions.
Data Integrity: High-quality shielded twisted pair cables ensure error-free RS-485 data transmission.
Simplified Tower Wiring: Enables efficient power and data control in a single, robust cable assembly.
The AISG Male to AISG Female Control Cable Assembly is a crucial component in modern cellular and wireless network infrastructure, designed to provide seamless and reliable data and power transfer between tower-mounted equipment. Utilizing the industry-standard Antenna Interface Standards Group (AISG) protocol, this cable ensures accurate control and monitoring of essential antenna systems, such as Remote Electrical Tilt (RET) units and Tower Mounted Amplifiers (TMAs). Engineered for durability and high-performance, these assemblies are indispensable for network optimization and maintenance.
This control cable is built to meet the rigorous demands of outdoor tower environments, ensuring compliance with AISG standards for universal compatibility and reliable operation.
The cable adheres strictly to the AISG C091 standards, featuring the widely adopted 8-pin circular connector. One end is terminated with the AISG Male connector (plug), and the other with the AISG Female connector (socket). This standardized configuration ensures universal compatibility with all major manufacturers' RET systems, smart bias tees, and base station controllers (BSCs/eNodeBs). The 8-pin arrangement facilitates the transmission of both power and control data over a single cable, simplifying the infrastructure.
Designed for continuous, long-term outdoor use, these cable assemblies feature IP67or IP68 rated seals at both the male and female connector interfaces. This high level of ingress protection guards the crucial 8-pin contacts from moisture, dust, and corrosive elements, preventing signal loss and premature equipment failure. The cable jacket is made from UV-resistant and flame-retardant materials (such as PUR or durable PVC), ensuring mechanical longevity when exposed to direct sunlight, extreme temperature variations, and harsh weather conditions commonly found on antenna towers.
The cable utilizes high-quality shielded twisted pair (STP) conductors for the data lines RS-485, which is vital for minimizing electromagnetic interference (EMI) and maintaining the integrity of the control signals over long vertical runs. The low resistance power conductors ensure minimal voltage drop, reliably delivering the necessary power to the RET actuators or TMAs, which can be critical for accurate antenna beam steering. Each assembly is factory-tested for continuity and insulation resistance to guarantee consistent, error-free data communication between the base station and the antenna system.
Our AISG control cables are available in a variety of standard lengths (e.g., 0.5m, 1m, 2m,5m, 10m, 20m) to accommodate diverse tower and site configurations, including tower-top cascade connections and long runs down the tower structure. The cable's flexibility allows for easy routing and installation around existing equipment and tight corners.
The AISG control cable is central to the remote management and optimization of modern cellular networks (4G LTE and 5G NR).
The primary application is providing power and control data to RET actuators attached to panel antennas. Using these cables, network operators can remotely adjust the antenna's electrical down-tilt angle from the ground-based network management system (NMS). This allows for rapid and precise cell coverage optimization—essential for managing capacity, improving coverage holes, and mitigating inter-cell interference—all without the need for costly and time-consuming tower climbs.
The AISG cable is used to connect to TMAs (or LNAs) which are strategically placed near the antenna to improve the uplink signal sensitivity. The cable provides the necessary DC power to the TMA. Similarly, it connects to Smart Bias Tees and Base Station Controllers which manage the power and communication flow to the entire AISG system daisy-chain installed on the tower top.
In complex antenna arrays, multiple RET units, TMAs, and various smart sensors (e.g., environmental or status monitors) are often connected in a daisy-chain configuration. The AISG Male to Female cable is explicitly designed to link these components sequentially, enabling a single control line running up the tower to manage the entire stack of tower-mounted devices efficiently. This modular approach simplifies wiring, saves space, and significantly reduces installation complexity.
During network upgrades, technology shifts , and routine maintenance, these robust cables ensure the existing control infrastructure remains viable. Their standardized nature guarantees that new AISG-compatible equipment can be seamlessly integrated into the existing control network, minimizing downtime and maximizing the return on infrastructure investment.
Guaranteed AISG Compliance: Full adherence to C091 standards for universal compatibility with all major RET and TMA equipment.
Extreme Weather Durability: IP67 IP68 rated, UV-resistant jacket ensures long-term reliability in harsh outdoor conditions.
Data Integrity: High-quality shielded twisted pair cables ensure error-free RS-485 data transmission.
Simplified Tower Wiring: Enables efficient power and data control in a single, robust cable assembly.
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